Engineering
Joints (Structural Components)
48%
Mechanical Model
47%
Models
42%
Sensor
31%
Estimation
30%
Pressure Probe
26%
Tasks
23%
Compression Load
19%
External Load
18%
Sensor Reduction
15%
Dynamic Balance
15%
Robot
15%
Human Centred Design
15%
Dynamic Fatigue
15%
Relative Distance
15%
Payload
15%
Fatigue Analysis
15%
Wearable Robots
15%
Model-Based Control
15%
Risk Level
15%
Blind Signal Separation
15%
Back Muscle
15%
Compressive Force
14%
Resistive
10%
Bionics
10%
Stability
10%
Measurer
10%
Force Generation
9%
Priori Information
9%
Angle Joint
8%
Sufficient Detail
7%
Shear Loads
6%
Complexity
5%
High Frequency
5%
Performance
5%
Low Frequency
5%
Kinetic
5%
Measurement
5%
Accuracy
5%
Provide Support
5%
Measured Force
5%
Applications
5%
Error
5%
Supports
5%
Applicability
5%
Root-Mean-Squared Error
5%
Robot Control
5%
Dependent Variable
5%
Haptics
5%
Interacting System
5%
Medicine and Dentistry
Foot
63%
Gait
54%
Exoskeleton
47%
Measurement
42%
Position
30%
Workplace
23%
Pelvis
20%
Apoplexy
19%
Electromyography
19%
Muscle Strength
19%
Fatigue
19%
Analysis
18%
Lower Limb
15%
Skeletal Muscle
15%
Torso
15%
Muscle
15%
Life
7%
Low Back Pain
6%
Muscle Contraction
6%
Assessment
6%
Muscle Fatigue
5%
Nursing and Health Professions
Measurement
100%
Error
33%
Pressure
31%
Shoe
21%
Procedures
21%
Sensor
19%
Parameters
18%
Software
15%
Velocity
15%
Heart Rate
15%
Skin Temperature
15%
Workplace
15%
Analysis
12%
Step Length
11%
Filter
11%
Acceleration
11%
Time
9%
Calibration
8%
Person
7%
Electromyography
7%
Musculoskeletal Injury
7%
Disability
6%
Tissue Injury
6%
Combination Therapy
6%
Patient
6%
Functional Status
6%
Body Weight
5%
